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    • 2. 发明授权
    • Disc player
    • 光盘播放器
    • US06549491B2
    • 2003-04-15
    • US09819644
    • 2001-03-29
    • Yoshihiro IchikawaMasayuki SaitohShogo SatoYoshitake Shimada
    • Yoshihiro IchikawaMasayuki SaitohShogo SatoYoshitake Shimada
    • G11B1722
    • G11B33/121G11B17/226
    • A linear rack gear is formed on the underside of a slide base, and a planetary gear provided in a chassis, which rotates in engagement with this linear rack gear, causes the slide base to move back and forth. When the slide base is located in its disc store position, the planetary gear engages with a first arcuate rack gear formed in the chassis continuously with the linear rack gear and revolves in accordance therewith, whereupon a clamp causes a clamp cam to slide in a lateral direction to move a float base up and down, thereby achieving clamp and release of a disc, so that the disc player can be manufactured at low cost due to a reduced number of parts in excellent production efficiency.
    • 线性齿条形成在滑动底座的下侧,并且设置在与该线性齿条啮合的底盘中的行星齿轮使得滑动基座前后移动。 当滑动基座位于其盘存储位置时,行星齿轮与形成在底盘中的第一弓形齿条与线性齿条连续地啮合并与之相配合,于是夹具使夹紧凸轮在侧向滑动 方向来上下移动浮子基座,从而实现盘的夹紧和释放,从而由于生产效率优异的部件数量减少,可以以低成本制造盘播放机。
    • 3. 发明申请
    • Movement adjusting device, method thereof, and carrier device
    • 运动调节装置及其方法和载体装置
    • US20050190497A1
    • 2005-09-01
    • US11059312
    • 2005-02-17
    • Yoshihiro IchikawaYoshitake ShimadaYusuke Akama
    • Yoshihiro IchikawaYoshitake ShimadaYusuke Akama
    • G06F1/16G11B17/04G11B23/03G11B33/02
    • G11B17/056G11B17/0405
    • On the inner surface of a guide rail (411) having a concave groove, which extends in the vertical direction along a motion path of a disc drive (200) moved by a mover unit (300), a biasing cam (412) having thickened swelling parts (412a) at both ends is so provided as to have the groove width narrowed at both the upper and lower ends. A plate spring (420) which is pressed into contact with a guide surface of the surface of the biasing cam (412) by elastic biasing force is attached integrally to the disc drive (200). At the home position where the disc drive (200) operates and at the position where the disc drive (200) is lifted up, the plate spring (420) is strongly pressed into contact by the swelling parts (412a), and the disc drive (200) can be prevented from being moved by impact or the like from outside during operation. While moving, the pressing force is weakened so that load applied by the mover unit (300) can be reduced.
    • 在沿着由移动单元(300)移动的盘驱动器(200)的运动路径沿垂直方向延伸的具有凹槽的导轨(411)的内表面上具有增厚的偏压凸轮(412) 两端的隆起部分(412a)被设置为使得沟槽宽度在上端和下端都变窄。 通过弹性偏置力与压力凸轮(412)的表面的引导表面接触的板簧(420)被一体地附接到盘驱动器(200)。 在盘驱动器(200)操作的原始位置和盘驱动器(200)被提升的位置处,板簧(420)被膨胀部分(412a)强力地压入接触,并且盘 在操作期间可以防止驱动器(200)从外部被冲击等移动。 在移动的同时,按压力减弱,从而能够减小由动子单元(300)施加的负荷。
    • 4. 发明授权
    • Movement adjusting device, method thereof, and carrier device
    • 运动调节装置及其方法和载体装置
    • US07519978B2
    • 2009-04-14
    • US11059312
    • 2005-02-17
    • Yoshihiro IchikawaYoshitake ShimadaYusuke Akama
    • Yoshihiro IchikawaYoshitake ShimadaYusuke Akama
    • G11B15/68
    • G11B17/056G11B17/0405
    • On the inner surface of a guide rail (411) having a concave groove, which extends in the vertical direction along a motion path of a disc drive (200) moved by a mover unit (300), a biasing cam (412) having thickened swelling parts (412a) at both ends is so provided as to have the groove width narrowed at both the upper and lower ends. A plate spring (420) which is pressed into contact with a guide surface of the surface of the biasing cam (412) by elastic biasing force is attached integrally to the disc drive (200). At the home position where the disc drive (200) operates and at the position where the disc drive (200) is lifted up, the plate spring (420) is strongly pressed into contact by the swelling parts (412a), and the disc drive (200) can be prevented from being moved by impact or the like from outside during operation. While moving, the pressing force is weakened so that load applied by the mover unit (300) can be reduced.
    • 在沿着由移动单元(300)移动的盘驱动器(200)的运动路径沿垂直方向延伸的具有凹槽的导轨(411)的内表面上具有增厚的偏压凸轮(412) 两端的凸起部分(412a)被设置为使得沟槽宽度在上端和下端都变窄。 通过弹性偏置力与压力凸轮(412)的表面的引导表面接触的板簧(420)被一体地附接到盘驱动器(200)。 在盘驱动器(200)运行的原始位置和盘驱动器(200)被提升的位置处,板簧(420)被膨胀部分(412a)强力地压入接触,并且盘驱动器 (200)可以防止在操作期间通过冲击等从外部移动。 在移动的同时,按压力减弱,从而能够减小由动子单元(300)施加的负荷。
    • 6. 发明授权
    • Sensor
    • 传感器
    • US08610586B2
    • 2013-12-17
    • US12736233
    • 2009-03-18
    • Yoshitake ShimadaMikio KomatsuKoji SakamotoHirohisa OkunoAkiko HondaKoji Yamato
    • Yoshitake ShimadaMikio KomatsuKoji SakamotoHirohisa OkunoAkiko HondaKoji Yamato
    • G08B21/00
    • G08B17/10G08B17/113
    • A sensor having a detecting part for detecting an environmental value representing change in physical amount of circumference environment by a fluid flowing into externally and a controlling part for discriminating abnormality in circumference environment based on the environmental value detected by the detecting part. A separating plate is provided inside a housing so as to separate two spaces in the height direction. A detection unit is provided in one space and a sounding body is provided in the other space. Apertures are provided in a side wall, thereby opening one space to the outside environment and letting the fluid to be measured flow into the space. Then, a flow path is formed inside the space in the housing, from the side wall forming the housing toward the detection unit, thereby proactively channeling the fluid to the detection unit.
    • 一种传感器,具有检测部,其检测表示流入外部的流体的周围环境物理量的变化的环境值,以及基于由检测部检测出的环境值,判断周围环境的异常的控制部。 分离板设置在壳体内部,以在高度方向上分离两个空间。 检测单元设置在一个空间中,并且在另一空间中设置探测体。 孔设置在侧壁中,从而向外部环境打开一个空间并且使被测量的流体流入空间。 然后,从形成壳体的侧壁朝向检测单元,在壳体的空间内形成流路,从而主动地将流体引导到检测单元。
    • 7. 发明申请
    • SENSOR
    • 传感器
    • US20110068936A1
    • 2011-03-24
    • US12736233
    • 2009-03-18
    • Yoshitake ShimadaMikio KomatsuKoji SakamotoHirohisa OkunoAkiko HondaKoji Yamato
    • Yoshitake ShimadaMikio KomatsuKoji SakamotoHirohisa OkunoAkiko HondaKoji Yamato
    • G08B17/00G01F1/684G01N21/00
    • G08B17/10G08B17/113
    • A sensor having a detecting part for detecting an environmental value representing change in physical amount of circumference environment by a fluid flowing into externally and a controlling part for discriminating abnormality in circumference environment based on the environmental value detected by the detecting part. A separating plate is provided inside a housing so as to separate two spaces in the height direction. A detection unit is provided in one space and a sounding body is provided in the other space. Apertures are provided in a side wall, thereby opening one space to the outside environment and letting the fluid to be measured flow into the space. Then, a flow path is formed inside the space in the housing, from the side wall forming the housing toward the detection unit, thereby proactively channeling the fluid to the detection unit.
    • 一种传感器,具有检测部,其检测表示流入外部的流体的周围环境物理量的变化的环境值,以及基于由检测部检测出的环境值,判断周围环境的异常的控制部。 分离板设置在壳体内部,以在高度方向上分离两个空间。 检测单元设置在一个空间中,并且在另一空间中设置探测体。 孔设置在侧壁中,从而向外部环境打开一个空间并且使被测量的流体流入空间。 然后,从形成壳体的侧壁朝向检测单元,在壳体的空间内形成流路,从而主动地将流体引导到检测单元。
    • 8. 发明授权
    • Disc player
    • 光盘播放器
    • US06404718B1
    • 2002-06-11
    • US09393205
    • 1999-09-09
    • Yuji IkedoYusuke AkamaKen OkamuraTakashi NakaiYoshitake Shimada
    • Yuji IkedoYusuke AkamaKen OkamuraTakashi NakaiYoshitake Shimada
    • G11B3302
    • G11B31/02
    • A disc player is provided with: a turn table (13) for rotating an information record disc, which is placed on the turn table; a clamper (15) for holding the information record disc between the clamper and the turn table; a chassis (10) on which at least one of the clamper and the turn table is mounted and which has a rotation shaft (11a, 11b) parallel to a main surface of the information record disc held between the clamper and the turn table; a driving device (8a, 12) for transmitting a driving force to the chassis so as to rotate the chassis with the rotation shaft at a rotation axis; and an optical pickup (20) for at least reading a signal from the information record disc held between the clamper and the turn table while the disc is rotated on the turn table. A gap (W) is prepared between the rotation shaft and a bearing (22b) for the rotation shaft in a direction parallel to the main surface such that the rotation shaft has a play in the direction parallel to the main surface.
    • 光盘播放器设置有:旋转台(13),用于旋转放置在转台上的信息记录盘; 夹持器(15),用于将信息记录盘保持在夹持器和转台之间; 安装有夹持器和转台中的至少一个的底盘(10),其具有平行于夹持器和转台之间的信息记录盘的主表面的旋转轴(11a,11b); 驱动装置(8a,12),用于将驱动力传递到所述底盘,以使所述底盘与所述旋转轴旋转; 以及光学拾取器(20),用于在盘在转台上旋转时至少读取来自保持在夹持器和转台之间的信息记录盘的信号。 在旋转轴和用于旋转轴的轴承(22b)之间沿与主表面平行的方向准备间隙(W),使得旋转轴在与主表面平行的方向上具有游隙。